ABB announced that its OCTOPUS marine software will improve the safety and efficiency of four new semi-submersible heavy lift vessels, owned by Greenland Heavylift Holdings, using weather and loading data to plot the optimal route. The ships will transport gigantic cargoes such as oil rigs and jack-up rigs, with OCTOPUS providing a tailored route for each voyage that is updated with fresh weather data throughout the transportation.
ABB underlined that OCTOPUS is a unique product portfolio for performance management in marine operations, as it reduces fuel consumption and emissions, and increases availability and safety on a single vessel, or on a whole fleet of vessels. It is the maritime industry’s most comprehensive vessel management software platform and ship owners can choose the modules most relevant to their operations.
In this case, OCTOPUS will take into account the hydrodynamic properties of the vessel, loading parameters and the ship’s onboard weather forecasting to create a polar chart that maps the safest and most efficient voyage route. The information will allow ship’s officers to continuously update course or speed decisions during the passage.
ABB will also install sensors to produce real-time roll and motion data covering both cargo and ship motions, which can be viewed from the bridge and ashore. This information is vital to enhance safety onboard and as a guide to the condition of cargoes delivered.
Juha Koskela, Managing Director of ABB’s marine and ports business said, “OCTOPUS and the heavy lift industry go hand-in-glove. Our marine software has become a vital tool for both the officers onboard and the shore side support team.”
Dagfinn Thorsen from Greenland Heavylift Holdings says, “The OCTOPUS system is considered to be the industry standard when it comes to prediction and measurement of vessel motions for semi-submersible heavy lift ships. For us, it was a logical choice to select OCTOPUS technology for safe and efficient execution of heavy lift cargo projects.”
The vessels are currently under construction at CSBC Corporation in Taiwan with the first expected to go into service in 2017.
Source & Image credit: ABB
